SimMan 3G can display neurological symptoms as well as physiological. It is designed to deliver the most realistic training possible while remaining easy to set up and simple to operate.
SimMan 3G comes with a long list of features that will optimize simulation training scenarios including automatic drug recognition, light sensitive pupils and bodily fluid excretion. These features provide the opportunity to practice many basic and advanced clinical skills without risk to patients.
Wireless technology makes SimMan 3G flexible and mobile, so that it is possible to conduct training for the entire rescue chain and allow team training which includes patient handover and emergency reporting.
*Via Laerdal Medical - SimMan 3G Product Page
Completely wireless and self-contained
Internal electrical and pneumatic power
Supplemental wired connectivity and power
Wirelessly integrates with existing computer networks
Swappable, rechargeable batteries
Approximately 4 hours continuous operation in wireless mode
Rugged and reliable for use in multiple environments
Controllable open/closed airway; automatically or manually controlled
Head tilt/Chin lift
Jaw thrust w/articulated jaw
Suctioning (Oral & Nasopharyngeal)
Bag-mask ventilation
Orotracheal intubation
Nasotracheal intubation
Combitube, LMA, and other airway placement
Endotracheal tube intubation
Retrograde intubation
Fiberoptic intubation
Transtracheal jet ventilation
Needle cricothyrotomy
Surgical cricothyrotomy
Variable lung compliance
4 settings
Variable airway resistance
4 settings
Right main stem intubation
Stomach distention
Connectivity with third party respiratory simulations
Detection of proper head position
Can’t intubate/Can ventilate
Can’t intubate/Can’t ventilate
Tongue edema
Pharyngeal swelling
Laryngospasm
Decreased cervical range of motion
Trismus
Simulated spontaneous breathing
Bilateral and unilateral chest rise and fall
CO2 exhalation
Normal and abnormal breath sounds
5 anterior auscultation sites
6 posterior auscultation sites
Oxygen saturation and waveform
Cyanosis
Needle thoracentesis - bi-lateral
Unilateral & Bilateral chest movement
Unilateral, Bilateral & lobar breath sounds
Chest tube insertion - bilateral
Extensive ECG library
Heart sounds - four anterior locations
ECG rhythm monitoring (4 wire)
12 lead ECG display
Defibrillation and cardioversion
Pacing
BP measured manually by auscultation of Korotkoff sounds
Carotid, femoral, brachial, radial, dorsalis pedis, popliteal and posterior tibialis pulses synchronized with ECG
Pulse strength variable with BP
Pulse Palpation is detected & logged
IV access (right arm)
Intraosseous access (tibia)
Automatic Drug Recognition System
Compliant with 2015 Guidelines
CPR compressions generate palpable pulses, blood pressure wave form, and ECG artefacts
Realistic compression depth and resistance
Detection of depth, release and frequency of compressions
Real time feedback on quality of CPR
Blinking - slow, normal, fast and winks
Open, closed and partially open
Pupillary accommodation:
synchrony/asynchrony
normal and sluggish speed of response
Seizure/Fascicullation
Bleeding
Simulation of bleeding at multiple sites
Arterial and venous
Vital signs automatically respond to blood loss & therapy
Works with various wound modules & moulage kits
Urine output (variable)
Foley catheterization
Secretions
Eyes, Ears, Nose, Mouth
Blood, Mucous, CSF, etc.
Diaphoresis
Bowel Sounds - four quadrants
Automatic Drug Recognition System identifies drug & dose
Extensive drug formulary
Automatic or programmable physiological responses